General purpose SPE continues the trend of using SPE to displace fieldbus, sensor, and device networks, along with enabling networking of hardwired devices and devices from point-point links. A complete portfolio of instruments is envisioned and desirable for both hazardous and non-hazardous locations.

Single-pair Ethernet can help the industry meet net zero goals while supporting AI-based automation in a secure and cost-effective manner. SPE enables long-reach connectivity to the edge for both greenfield and retrofit installations, making it a critical tool for seamless data transfer between IT and OT domains.

Ethernet-APL is based on IEEE 802.3cg and allows field devices to perform critical process automation tasks in severe Zone 1 locations. The technology will form the basis of future digitalization efforts and applications globally offering a speed of 10 Mbits per second, a reach of 1,000 meters and intrinsically safe…

Ethernet Advanced Physical Layer is bringing digitization into every corner of process control plants. Long cable lengths, explosion protection and interoperability is enabling continuous and transparent communication across all hierarchy levels, and is paving the way for demanding IoT applications in the process industry.

A Centralized Network Controller (CNC) is the centerpiece of a software-defined network (SDN). This article focuses on the CNC’s role in production systems, present architectures and key considerations to migrate to these new models and how SW-Defined networks may be applied to ODVA-based industrial automation systems.

A guide to fiber cable types and costs provides insights into the intricacies of using fiber optic cables in IIoT applications. These cables are now the fastest-growing transmission medium for both new network builds and expansions that require high bandwidth, long distances and immunity to electrical interference.

Choosing a suitable industrial unmanaged switch requires knowledge of your network, the type of devices in the network and the environment in which the switch will be used. A reliable switch can improve network performance, reduce downtime and address security needs.

Pharmaceutical production system scales up rapidly despite incompatible equipment, lockdown, logistics challenges, and remote teams. Software modules offer detailed visibility into production through seamless data exchange and will help optimize resources and plan for future demand.

New machine concept for the industrial production of brooms and brushes uses distributed servo drive technology and EtherCAT P to facilitate a production process overhaul.

The future of factory automation lies in leveraging the power of data. By optimising data use and its management, along with embracing AI, manufacturing organisations can benefit from the opportunities to stay ahead in a digitally evolving industrial landscape and quickly adapt to the ever-changing needs of the market.